Truck maintenance must be kept low to maximize equipment productivity.
These systems take vibration signals from working equipment,
transform them into a usable format, utilize the signal to detect any probable
issue, diagnose what the signal shows about the machinery's functioning, and
then make predictions about how to fix the problem.
Benefits
During operation, vibration simulator equipment
measures speed, temperature, and pulsation. The system cannot forecast failure,
but it can tell an operator what to do to prevent issues before they cause
significant harm.
System design
Designing such a system includes determining where safety
monitoring is needed to prevent machine, operator, and/or local environment
hazards. Generally, safety monitoring is predicated on any substantial change
in vibration, temperature, or shaft position that might destroy a part or the
entire machine. Such identification may involve shutting down the machinery to
avoid the dangers.
Data Use
Using the information presented, decisions may be taken such
as re-starting the Hansford sensors in case it was
an equipment fault, diagnosing the problem that caused the vibration to be
detected, and devising a solution to avoid or remedy the problem in as little
time as possible to avoid machinery downtime.
Even with regularly planned maintenance checks, some car components
may fail over time. While the device is being used for the company's purposes,
new problems may emerge undetected. Web fault detection or vibration monitoring
devices at www.stiweb.com can just be essential for
preventing potential damage and providing early detection of machine failure in
certain trucks.
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